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Negative Edge 2V~6V 14 1 33MHz PDIP-16 Counters / Dividers ROHS
SN74HC4060N
PDIP (N)-16
Active
The Texas Instruments SN74HC4060N is a 14-bit binary counter IC that operates at high speeds while maintaining low power consumption. It's designed for industrial applications, offering fast response time, high accuracy, and compact size. This device features a single-ended clock input and can be used in various applications such as data processing, control systems, and digital circuits. The SN74HC4060N is available in a 16-pin PDIP package and operates over a wide temperature range (-55°C to 125°C). The IC's high-speed performance, low noise generation, and durable construction make it suitable for high-end applications that require reliable and accurate counting. Overall, the SN74HC4060N is an excellent choice for designers seeking a fast and efficient counter solution for their projects.
The SN74HC4060N features include:
These features make the SN74HC4060N a reliable and efficient 14-bit binary counter suitable for various industrial and commercial applications.
According to the product information, the package type of SN74HC4060N is PDIP-16.
Based on the provided information, the product name is SN74HC4060N, a Counter Single 14-Bit Binary Up counter made by Texas Instruments in a PDIP-16 package. The pin count for this IC is 16 pins, as indicated by the Package: PDIP-16 field.
The manufacturer of the SN74HC4060N is Texas Instruments (TI). Texas Instruments is a leading semiconductor company that designs, manufactures, and tests semiconductors and related technologies. They are known for their wide range of products, including analog and digital integrated circuits, sensors, and embedded systems.
The SN74HC4060N is a 14-bit binary counter, commonly used in industrial control systems, automation equipment, and embedded systems. Its applications include:
Its high accuracy, fast response time, and low power consumption make it suitable for a wide range of applications that require reliable counting and timing functions.
The equivalent products of SN74HC4060N are:
These ICs are all 14-bit binary counters with similar specifications and functionality to the SN74HC4060N.
Function | Counter | Bits (#) | 14 |
---|---|---|---|
Technology family | HC | Supply voltage (min) (V) | 2 |
Supply voltage (max) (V) | 6 | Input type | Standard CMOS |
Output type | Push-Pull | Features | Balanced outputs, High speed (tpd 10-50ns), Positive input clamp diode |
Operating temperature range (°C) | -40 to 85 | Rating | Catalog |
Package/Case | PDIP (N)-16 |
1.Q: Are there related parts to the Texas Instruments HC/UH Series 14-bit counter?
A: Similar devices include:
2.Q: What is the output type of the Texas Instruments HC/UH Series counter?
A: It uses push-pull CMOS outputs, providing rail-to-rail swing and low output impedance.
3.Q: How does the Texas Instruments HC/UH Series counter handle thermal performance?
A: The PDIP-16 package has a thermal resistance (θJA) of ~67°C/W (typical for through-hole packages). Ensure PCB layout minimizes heat accumulation in high-speed applications.
4.Q: What are the recommended operating conditions for the Texas Instruments HC/UH Series counter?
A: Recommended conditions:
5.Q: What are the absolute maximum ratings for the Texas Instruments HC/UH Series counter?
A: Absolute max ratings:
6.Q: What are typical applications for the Texas Instruments HC/UH Series binary counter?
A: Common uses include:
7.Q: What are the key features of the Texas Instruments HC/UH Series 14-bit asynchronous counter?
A: Key features include:
8.Q: What is the pinout configuration of the Texas Instruments HC/UH Series 14-stage binary counter?
A: The device comes in a 16-pin PDIP package (DIP-16). Pin functions include clock input (CP), asynchronous reset (MR), and 10 output stages (Q0-Q9, with internal division for 14 total stages). Refer to the datasheet for the full pinout diagram.
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05/07/2025
A good store, the product corresponds to the description.
10/08/2022
Not yet checked, in appearance pritenzy no.
10/30/2021
It's been a short time. Norm tool.
04/20/2021
It is no secret that to collect such a data logger itself is not a big problem. But i wanted to use a compact, ready-made solution.Why is it convenient to use such a recorder? Yes, because libraries to record data on sd cards take up enough space. Yes, and more wires are required.Here is an easy connection. Only 3 wires are required: gnd, vcc, rx. When you first use the sd card, a config file is created. Prescribe in it the correct com port parameters and everything. No more configuration is required.From the main device (i have this arduino nano) data is sent to the com port and they are automatically recorded to the sd card.Naturally, you can reprogram atmega for your tasks-for this there are conclusions for programming.So the device definitely recommend to purchase and use.
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